<div class=smal-cap title='see image info' tabindex=0>Bob Carswell and Thomas Pierce from Material Return inspect regenerative fibers.</div>
Bob Carswell and Thomas Pierce from Material Return inspect regenerative fibers.

We accelerate discovery and technology to revitalize America’s textile industry.

When these advances move successfully from labs to markets, they drive economic resilience and create employment opportunities in regions traditionally left out of the technology boom of the past few decades.

We accelerate discovery and technology to revitalize America’s textile industry.

Southern United States

Our region has the largest concentration of textile expertise in our country.

Our Engine builds on generational knowledge, catalyzes innovation, and drives the resurgence of the textile economy.

<div class=smal-cap title='see image info' tabindex=0>Suh Hee Cook, PhD and Nasif Mahmood, Phd examine at a fibrous scaffold to use for tissue engineering in Dr. Jessica Gluck's biomedical textiles lab at NC State's Wilson College of Textiles.</div>

Research

Suh Hee Cook, PhD and Nasif Mahmood, Phd examine at a fibrous scaffold to use for tissue engineering in Dr. Jessica Gluck’s biomedical textiles lab at NC State’s Wilson College of Textiles.

Discovering Solutions to Societal Challenges

Textiles have the power to solve grand challenges across industries. From life-saving medical technologies to protective materials and everyday comfort, we provide necessary resources to accelerate discovery from molecule to market.

Discovering Solutions to Societal Challenges

From Research to Readiness: FIBR-Tech

Our Fiber-Based Innovations for Regenerative Technologies (FIBR-Tech) Fund provides direct funding to high-priority research and feeds into integrated research pathways that support innovations across technology readiness levels.

Partnering to Accelerate Innovation

Collaboration with our core partners brings together unmatched expertise and capabilities. These resources include research labs, pilot production, and testing facilities to support scientific discovery.

Fiber to Future

Our research priorities include:

Circular and natural materials development
Biobased materials discovery
Advanced materials for high-tech and extreme environment applications
Technologies for supply chain traceability and materials demand-supply match
Advancements in manufacturing, fiber identification, and automation


These priorities are already in motion.

→ Explore our projects

<div class=smal-cap title='see image info' tabindex=0>NC State faculty solidifies melt spun fibers as they exit the spinneret.</div>

Translation

NC State faculty solidifies melt spun fibers as they exit the spinneret.

Research to Real-World Solutions

The Textile Innovation Engine drives breakthrough solutions to reach commercial scale and deliver real-world impact.

Research to Real-World Solutions

Rubbish to Raw Materials

The U.S. generates over 17 million tons of textile waste annually – a societal challenge we’re transforming into an economic opportunity.

Our Circular Textile Consortium turns post-consumer and production waste into valuable new raw materials.

Through collaboration, we identify the daunting challenges and bring solutions through advancements in science and technology.

Seed to Super-Natural

Textile-quality hemp is the next big natural fiber.

Hemp offers remarkable durability, natural resistance to mold and mildew, breathability, hypoallergenic properties, and UV protection.

The Textile Hemp Consortium is reclaiming America’s leadership in this regenerative crop to capitalize on a growing U.S. market valued at $1.8B.

The Engine Advantage

Textile challenges that no single organization can solve alone require collaborative solutions. Our Consortium Model links supply and demand with textile science expertise and development resources that de-risk investments. These cross-sector partnerships connect regional producers with national and global markets.


Both consortia are active. See the work they’re producing.

→ Explore our projects

<div class=smal-cap title='see image info' tabindex=0>Herron Harper, Logistics Team Lead of Material Return, inspects a textile bale for processing.</div>

Workforce Development

Herron Harper, Logistics Team Lead of Material Return, inspects a textile bale for processing.

People Power

The Textile Innovation Engine addresses critical education and training gaps to prepare workers for today’s modern textile industry.

People Power

Learning to Livelihood

We open doors to careers by creating accessible roadmaps to guide current and future workers to workforce development resources and training opportunities.

From mentorships, internships, and apprenticeships (all the “ships”) to micro‑credentials, higher education pathways, and programming for students, the Engine connects students and workers to quality jobs.

Creating Career Pathways

We are modernizing high school textile education to incorporate textile science, technology, and circularity – creating a model for nationwide adoption.

<div class=smal-cap title='see image info' tabindex=0>Staff and Board from The Industrial Commons take part in a training about community engagement.</div>

Regional Engagement

Staff and Board from The Industrial Commons take part in a training about community engagement.

Power in Partnership

A revitalized textile industry requires more than technology. It needs a thriving network of partners, policies, and resources working together.

Power in Partnership

Forging Key Collaborations

Our growing network brings together expertise and resources that enable American manufacturers to leapfrog technological barriers and global competitors. By connecting stakeholders across the value chain, we create a self-reinforcing flywheel of innovation that accelerates growth and ensures long-term industry resilience.

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Impact Report

Transforming America’s textile industry takes progress at every stage.

Our 10-year goals are to support 1,400 businesses, convert 2.3 billion pounds of textile waste into circular goods, sustain and create 100,000 jobs, and educate 340,000 students and workers.

The Key Performance Indicators below show where we stand and how work across the Engine is moving us toward those goals.

Textile Innovation Engine Key Performance Indicators Years 0–3

$261M

Leveraged from philanthropic, state, federal, and industry partners

Figures current as of July 30, 2026. For the latest data, contact us.

Research

Research
28
Funded Projects

33
Applicants to the FIBR-Tech Fund

9
Patents issued or in process

20
Publications published or in process

4
New universities added to the ecosystem

Translation

Translation
12
Letters of Intent from brands to join Consortia

2
Working groups formed and Consortia scoped

2
Standards (1 in review, 1 published)

Workforce

Workforce Development
7,500
Students who have completed or are currently enrolled in our high school curriculum

1,500
Future and incumbent workers trained

26K
Job-related clicks

13K
Career Map users

106
Resources created for instructors

200
Workers received customized trainings

90
Career & Technical Teachers trained and supported

30
Companies participated in developing AR/VR industry programming

Ecosystem

Regional Engagement
8,500
People informed and engaged about the Engine

564
Engine relationships mapped

30
Infrastructure investments

40
Academic invited presentations

Governance

Governance
9
Active Governing Board Members

30
Active Advisory Board Members